Latin America Sustainable Data Center Market Size & Share, Growth Insights, Opportunities (2026–2031)

Renewable energy integration has become a key priority for data center operators in the Latin America region as they leverage clean power procurement, on-site renewable generation, and innovative energy partnerships to enhance sustainability, improve energy resilience, and address rising electricity demand.

Long-term renewable energy agreements are enabling operators to secure large-scale, reliable clean power for expanding data center capacity. For example, Casa dos Ventos and OMNIA Data Centers signed a $2 billion, 20-year agreement in 2026 to supply up to 300 MW of renewable power to a new hyperscale facility in Brazil.

Large-scale renewable-powered data center projects are expanding across the region, demonstrating the growing integration of clean power directly into digital infrastructure. HIVE Digital’s Yguazú campus in Paraguay is expanding to 400 MW using hydropower from the Itaipú Dam, while ODATA, Equinix, and other operators are increasing their use of renewable electricity across Brazil and Chile through PPAs and renewable energy partnerships.

Alternative power technologies are gaining attention across Latin America as AI and hyperscale data centers increase demand for reliable power amid grid constraints and decarbonization goals. HVO, natural gas, BESS, and microgrids are seeing early adoption, while fuel cells and nuclear technologies remain at an earlier stage.

HVO and natural-gas generation are emerging as practical alternatives to diesel backup power. Cummins deployed HVO across 20 × 3 MW generators at a 60 MW hyperscale data center in Brazil, while natural-gas generation has been used in Mexico to address grid-connection delays.

Nuclear and other emerging technologies could provide longer-term opportunities for resilient, low-carbon power. In July 2026, Terra Innovatum signed an LOI covering up to 8 MWe of behind-the-meter SOLO microreactors for data center infrastructure in Argentina and Brazil, highlighting growing interest in alternative power for critical digital infrastructure.

Rapid AI and hyperscale data center expansion is increasing electricity consumption and associated carbon emissions, creating a growing sustainability challenge for Latin America. Globally, data centers generate around 180 Mt of indirect CO₂ emissions from electricity use, while electricity demand is projected to reach around 945 TWh by 2030.

Operators are increasingly combining renewable energy, efficiency measures, and carbon-removal initiatives to manage emissions from expanding data center operations. For example, Cirion Technologies increased renewable energy use from 53% in 2022 to 80% in 2024, while Google and Microsoft are supporting carbon-removal and reforestation projects in Brazil to address residual emissions.

Water availability is becoming a key constraint for data center expansion in Latin America, particularly in drought-prone regions such as Santiago and Querétaro. High water consumption from cooling systems is increasing scrutiny of new projects and influencing cooling-system design, with Google’s Santiago project moving toward air cooling following environmental concerns.

Operators are increasingly adopting water-efficient and water-free cooling solutions to reduce resource pressure. AWS’s São Paulo facilities reduced WUE from 0.23 L/kWh in 2024 to 0.09 L/kWh in 2025, while Tecto Data Centers targets zero WUE during continuous operations, demonstrating the shift toward more water-efficient cooling infrastructure.

Abundant Renewable Energy Resources

Latin America’s renewable-heavy electricity mix provides a strong foundation for sustainable data center growth. In June 2025, renewable sources accounted for 71% of regional electricity generation, with hydropower alone contributing 51.3%, while wind and solar continue to expand. This availability of low-carbon electricity is supporting the growing power requirements of hyperscale and AI data centers.

Data center operators are increasingly increasing their direct use of renewable electricity through PPAs and onsite generation. For example, Ascenty generated 46,677 kWh of renewable electricity through an onsite solar plant in São Paulo, while Google’s Latin American operations consumed approximately 526.2 GWh of renewable electricity in 2025, representing around 82% of its total electricity consumption.

Corporate Net-Zero and ESG Commitments

Corporate net-zero and ESG commitments are increasingly shaping data center development across Latin America, with operators and hyperscalers focusing on renewable electricity, energy efficiency, water stewardship, and emissions reduction as AI-driven capacity expands. Equinix, for example, reported 96% renewable energy coverage in 2025 and has science-based targets supporting its global decarbonization strategy.

Major technology companies are linking data center expansion with long-term carbon-reduction targets. Google aims for net-zero emissions across its operations and value chain by 2030 and 24/7 carbon-free energy on every grid where it operates, while Oracle targets net-zero emissions by 2050 and 100% carbon-free electricity for its Custom AI Data Centers by 2035.